The EARTH BRICK is a solar-powered LED lamp designed for outdoor paving installations, offering an independent and self-sufficient light source. It is engineered for durability and minimal maintenance, making it suitable for various applications such as car parks, pedestrian zones, and other designated areas.

Function Description

The BRICK solar lamp operates automatically, utilizing a photovoltaic-photosensitive solar panel to charge during the day and activate at night. It provides light without the need for external cabling or connection to an electricity source. The lamp is designed to be integrated into flexible or solid pavings, offering a discreet and robust lighting solution. Its smart energy management system ensures efficient use of stored solar energy.

Important Technical Specifications

Model No: E.BR.01
Weight: 0.950 Kg
Material and Colour: Dark grey Anodized Aluminum and glass
Battery Type: LiFePO4
Battery Replacement: Every 5 years
Battery Capacity: 1 X 1.500mAh, 3.2V
Max. Static Load: 15kN
Max. Temperature: < 30 °C
Manufacturer: Vesta S.r.l
Duration (Light): Approximately 13 hours
Min. Charging Time: Approximately 4 to 6 hours
Dimensions (with Drainage base): 100mm x 200mm x 60mm
Solar Panel Output: 1 Watt
LED Power: 0.08 watt
Lighting Colour: 3.500 K (warm white), 4.500 K (light yellow)
Battery Operating Temperature: -20°C ~ 80°C
Certifications: CE, IP68 (10m), RoHS Compliant
Warranty: 2-year product warranty, 10-year anti-corrosion guaranty

Usage Features

No Cabling Required: Eliminates the need for electrical wiring, simplifying installation and reducing costs.
Independent Light Source: Operates autonomously using solar power.
Smart Energy Management: Optimizes energy consumption for extended operation.
Long-lasting Product: Manufactured with high-quality materials for durability.
Zero CO2 Emissions: Environmentally friendly operation.
Cool Touch: Safe for pedestrian and vehicle use.
Walk Over / Drive Over: Designed to withstand pedestrian and vehicle traffic.
Installation: Can be installed in both flexible and solid pavings.
- Flexible Pavings: Involves extracting an existing paving block, preparing a draining sublayer (e.g., sand), connecting the lamp to its drainage base (screws included), inserting the assembled unit using a suction cup to prevent damage, and finally removing the protective plastic film.
- Solid Pavings: Requires reserving a space in the ground (at least 100x200mm with 6cm depth) and potentially a drainage tube (not provided), connecting the lamp to its drainage base, inserting the unit with a suction cup, and removing the protective film.
Activation: The lamp automatically turns on at night once it is in contact with light and activated.
Optimal Placement: For maximum efficiency, install the BRICK solar lamp where it can receive direct sunshine, free from cover or shade.
Lamp Spacing: Recommended installation distance between lamps is approximately 1.10 meters for general lighting.
Other Compositions: Lamps can be installed in pairs or groups for stronger and more focused light.

Maintenance Features

Minimum Maintenance Requirements: Designed for low upkeep.
Cleaning: Regularly clear the solar module with a damp towel to ensure optimum performance of the solar panel.
Troubleshooting:
- If the lamp does not turn on at dusk:
  1. Ensure no other light source is affecting the lamp.
  2. Verify the lamp is not in shade during the day.
  3. Check that the battery is installed correctly.
Battery Replacement: Batteries should be replaced by experienced personnel only.
Light Source: The light source of the luminaire is not replaceable. When the light source reaches its end of life, the entire luminaire must be replaced.
Disposal: Electronic devices and batteries must be disposed of separately from household waste, following European Guideline 2002/96/EG for environmentally sound recycling. Consult municipal government for proper disposal options. Batteries contain heavy metals and should be taken to a municipal collection site.

Earth Brick - Installation Guide; Flexible Paving Installation

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